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Basic Rectifier Type Cooling Method Motor Drive VFD Inverter for Complex Drive Scenarios
| Place of Origin | China |
|---|---|
| Brand Name | COENG |
| Certification | CE |
| Model Number | HD2000-C-10-1 |
| Minimum Order Quantity | 1 |
| Packaging Details | Wooden box |
| Delivery Time | 7-30working days |
| Payment Terms | L/C, T/T, Western Union |
| Supply Ability | 20000sets/year |
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xProduct Details
| Temperature | -15℃~+40℃ Without Derating, +40℃~+55℃ Derating Applies | Humidity | 5%~95% Mon-condensing |
|---|---|---|---|
| Altitude | 4000m, Derating Applies From 2000m To 4000m | Anti-vibration Performance | Complies With IEC 60721-3-3:2002 |
| Protection Level | IP00/ IP20/ IP40 | Safety Level | Complies With UL SOSC-2004 |
| Cooling Method | Basic Rectifier Type | ||
| Highlight | Basic Rectifier Type VFD Inverter,Complex Drive Scenarios VFD Inverter,Motor Drive VFD Inverter |
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Product Description
AC-DC-AC Single-drive 5.5-600kW VFD Common DC BUS Multi-drive Motor Variable Frequency Drive
Variable Frequency Drive Description
The HD2000 VFD inverter, is a highly advanced single-drive/multi-drive system designed for engineering applications. It stands out due to its modular hardware and engineering software design, which allows it to effectively handle a wide range of complex drive scenarios.
With its modular hardware architecture, the HD2000 offers flexibility in configuring drive systems according to specific requirements. It can be seamlessly adapted to accommodate various motor types, power ratings, and communication interfaces. The modular approach simplifies installation, maintenance, and future expansions, making it an ideal choice for projects of different scales and complexities.
Furthermore, the HD2000's engineering software is specifically designed to provide comprehensive control and customization options. It offers a user-friendly interface that allows engineers to easily configure and optimize the drive system parameters, ensuring precise control over motor speed, torque, and other critical operating parameters. The software also supports advanced features such as adaptive control algorithms, fault diagnostics, and advanced monitoring capabilities, enhancing the overall performance and reliability of the drive system.
The HD2000 excels in handling complex drive scenarios across various industries. Whether it's controlling a single motor or coordinating multiple drives in a synchronized manner, the HD2000's robust design and intelligent control capabilities enable it to tackle demanding applications. It finds extensive use in industries such as manufacturing, material handling, mining, oil and gas, and renewable energy, where precise and efficient motor control is vital for optimizing productivity, reducing energy consumption, and ensuring reliable operation.
In summary, the HD2000 inverter stands as an engineering single-drive/multi-drive system that offers flexibility, advanced control features, and reliable performance. Its modular hardware and engineering software design empower it to handle a diverse range of complex drive scenarios, making it a versatile and dependable choice for engineers and industrial applications.
Variable Frequency Drive Specification
| Basic Rectifier | Input voltage | 4:380V 〜480V,6:500V 〜690V |
| Input frequency | (50Hz/60Hz)±6% | |
| Output voltage | Input voltage * 1.32 (Under full-load condition) | |
| Overload capacity | Relative overload at 150% of rated current for 60 seconds, maximum current (Imax), DC overload for 5 seconds |
|
| Operating efffciency | ≥99% Efffciency | |
| Protection eunctions | Protection functions: Overheating protection, soft-start protection, Interlock protection, and more. |
|
| Intelligent rectifier | Input voltage | 4:380V ~ 480V,6: 500V ~ 690V |
| Input frequency | 47 ~ 63Hz | |
| Output voltage | Input voltage * 1.3 (Under full-load condition) | |
| Overload capacity | Relative overload at 150% of rated current for 60 Seconds, Maximum current (Imax), DC overload for 5 seconds |
|
| Operating efffciency | ≥98.5% Efffciency | |
| Protection functions | Protection functions: Overheating protection, Overcurrent protection, IGBT pass-through protection, and more |
|
| PWM rectifier | Input voltage | 4:380V~480V,6:500V~690V,9:1140V,A:1380V |
| Input frequency | 47 ~ 63Hz | |
| Output voltage | Input voltage * 1.5 (Under rated conditions) | |
| Overload capacity | Relative overload at 150% of rated current for 60 seconds, Maximum current (Imax), DC overload for 5 seconds |
|
| Operating efffciency | ≥98% Efffciency (Including LCL fflter unit) | |
| Power factor | Adjustable (Factory setting at 1) | |
| Protection functions | Protection functions: Overheating protection, Overcurrent protection, Overload protection, IGBT pass-through protection, and more. |
Detailed Specification Download HD2000 Specification.pdf
Variable Frequency Drive Feature
- Key features: Single-drive/multi-drive system in the form of units/cabinets with two/four quadrants.
- Modular design: Application flexibility and comprehensive system integration.
- Comprehensive rectifier units: Basic/Smart/PWM rectifier unit.
- Max. single unit power: 1400kW (Air-cooled), 2800kW (Liquid-cooled).
- Voltage Levels: 400V, 690V, 1140V, 1380V.
- Max. parallel operation power: 11200kW (Air-cooled), 22400kW (Liquid-cooled).
- Motors supported: Asynchronous induction motors, permanent magnet synchronous motors, synchronous reluctance motors.
- Control modes: V/F, Closed-loop vector control (CLVC), open-loop vectorcontrol (OLVC).
- Cooling modes: Air-Cooled (Standard configuration), liquid-cooled (L).
Variable Frequency Drive Advantages
Reliable Engineering Design
· Highly redundant control and power systems
· Extended lifespan of quick-wear heat dissipation parts (fans, capacitors, etc.)
· Innovative high thermal capacity radiator to withstand strong impact loads
· Optical fiber cables used for control system and power units for resistance to interference
· Isolation of heat dissipation channels from internal components to protect components and better adapt to environment
Modular Design for Easy Maintenance
· Easy maintenance as no special tools needed
· Enabling all modules to be maintained from the front
· Intelligent fault diagnosis system to locate faults quickly
High-Strength Anti-Seismic Design
· Normal operation under IEC 60721 class 3M5 mechanical conditions
· Precise mechanical design for stronger anti-seismic capability
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